This document outlines a study on evaluating the potential of oxyhydrogen (HHO) gas to enhance gasoline engine performance. It discusses: 1) The problem of pollution from vehicle emissions and the goal of developing cleaner combustion engines. HHO gas produced from electrolysis of water is a potential fuel stabilizer. 2) The significance of the study is that it could benefit the automotive industry by improving engine efficiency and minimizing pollution. 3) The research paradigm involves conducting tests in a laboratory setting to identify the effectivity of HHO gas as a fuel booster, including water leak tests, HHO production tests, emission testing and more. 4) Results and discussion will analyze the data collected from the

1. EFFECTIVITY OF ELECTROLYZER FOR THE
EVALUATION OF THE POTENTIAL OF (HHO)
OXYHYDROGEN TO ENHANCE GASOLINE
ENGINE PERFORMANCE
BY:
ABEGAIL JOY ESPAÑA
SN: 2020390025

2. OUTLINE OF PRESENTATION
• Introduction
• Statement of the Problem
• Research Paradigm
• Variable Identification
• Research Consideration
• Research Methods
• Results and Discussion
• Conclusion
• Recommendation

3. GASOLINE ENGINE

9. Statement of the Problem
Nowadays, the common problem we encounter is the pollution caused by the smoke emitted by the
automobiles. According to statistics almost 40% of Filipino, owned different types of Vehicle such as
motorcycle, cars, vans, jeepney and etc. Because of this situation the researcher come up to a solution, to
resolve these problems, engineers and scientist held hands to conduct researches for a greener yet competent
combustion engine that society can use. Such studies emphasize on the development of fuel like HHO.
Although an HHO generator is a technology that is often misunderstood, due to earlier studies conducted by
many researchers, it becomes a fascinating subject especially in automotive industry. It works with the
principle of electrolysis that separate water into its base molecules two hydrogen and one oxygen. The HHO
gas is not a substitute to gasoline but it will only serve as a stabilizer to increase the efficiency of the engine.

11. Significance of the Study
This study shows knowledge and information which mainly contributes to the certain industry in the
Philippines. This shall formerly head start a scientific approach in establishing the significant properties of
HHO in Mechanical industry. The verdicts of this study will redound to the benefit of the society
especially in Automotive industry since the study focuses on how to enhance gasoline engines efficiency.

12. The study shall also give insight on how to minimize pollution. It aims to interchange
unhealthy source of energy (gasoline) and seek eventual alternative way (HHO) to eliminate
harmful gas emission that reckons up global warming and endangers peoples’ health and
threatens other basic human needs.
The researchers conducted this study mainly because they want to have a contribution on
the development of the Industry they are pertaining on this study. The goal was also to have a
better idea on how to save the worst situation we are experiencing at this moment because of
the global warming.

13. RESEARCH PARADIGM

14. The research will be conducted in a laboratory setting to make sure no harm will be done or will be affected.
By the help of the set parameters the researcher will be able to identify the effectivity of the research they are
conducting. Since this will be done in a laboratory setting below are the list of data gathering procedure need to
conduct in order to achieve and know if the HHO gas is an effective fuel booster:
A. Water Leak Test on the Machine to be use
B. HHO Production Test
C. Air Leak Test
D. Volume Flow Rate Test
E. HHO Combustion Testing
F. Emission Testing
RESEARCH METHOD

15. RESULTS AND DISCUSSION

24. EFFECTIVITY OF ELECTROLYZER
FOR THE EVALUATION OF THE POTENTIAL OF OXYHYDROGEN (HHO)
TO ENHANCE GASOLINE ENGINE PERFORMANCE